private void getCurrentConfig() { // get the micro-stepping modes from the controller byte headstepper1microsteppingmode = usbController.getHeadStepper1MicrosteppingMode(); byte headstepper2microsteppingmode = usbController.getHeadStepper2MicrosteppingMode(); byte solderstepper1microsteppingmode = usbController.getSolderStepper1MicrosteppingMode(); byte solderstepper2microsteppingmode = usbController.getSolderStepper2MicrosteppingMode(); byte caddysteppermicrosteppingmode = usbController.getCaddyStepperMicrosteppingMode(); switch (headstepper1microsteppingmode) { case 0x01: radio_HeadStepper1_Microstepping1.IsChecked = true; break; case 0x02: radio_HeadStepper1_Microstepping2.IsChecked = true; break; case 0x04: radio_HeadStepper1_Microstepping4.IsChecked = true; break; case 0x08: radio_HeadStepper1_Microstepping8.IsChecked = true; break; case 0x16: radio_HeadStepper1_Microstepping16.IsChecked = true; break; case 0x32: radio_HeadStepper1_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Head Stepper 1 Micro-stepping"; break; } switch (headstepper2microsteppingmode) { case 0x01: radio_HeadStepper2_Microstepping1.IsChecked = true; break; case 0x02: radio_HeadStepper2_Microstepping2.IsChecked = true; break; case 0x04: radio_HeadStepper2_Microstepping4.IsChecked = true; break; case 0x08: radio_HeadStepper2_Microstepping8.IsChecked = true; break; case 0x16: radio_HeadStepper2_Microstepping16.IsChecked = true; break; case 0x32: radio_HeadStepper2_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Head Stepper 2 Micro-stepping"; break; } switch (solderstepper1microsteppingmode) { case 0x01: radio_SolderStepper1_Microstepping1.IsChecked = true; break; case 0x02: radio_SolderStepper1_Microstepping2.IsChecked = true; break; case 0x04: radio_SolderStepper1_Microstepping4.IsChecked = true; break; case 0x08: radio_SolderStepper1_Microstepping8.IsChecked = true; break; case 0x16: radio_SolderStepper1_Microstepping16.IsChecked = true; break; case 0x32: radio_SolderStepper1_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Solder Stepper 1 Micro-stepping"; break; } switch (solderstepper2microsteppingmode) { case 0x01: radio_SolderStepper2_Microstepping1.IsChecked = true; break; case 0x02: radio_SolderStepper2_Microstepping2.IsChecked = true; break; case 0x04: radio_SolderStepper2_Microstepping4.IsChecked = true; break; case 0x08: radio_SolderStepper2_Microstepping8.IsChecked = true; break; case 0x16: radio_SolderStepper2_Microstepping16.IsChecked = true; break; case 0x32: radio_SolderStepper2_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Solder Stepper 2 Micro-stepping"; break; } switch (caddysteppermicrosteppingmode) { case 0x01: radio_CaddyStepper_Microstepping1.IsChecked = true; break; case 0x02: radio_CaddyStepper_Microstepping2.IsChecked = true; break; case 0x04: radio_CaddyStepper_Microstepping4.IsChecked = true; break; case 0x08: radio_CaddyStepper_Microstepping8.IsChecked = true; break; case 0x16: radio_CaddyStepper_Microstepping16.IsChecked = true; break; case 0x32: radio_CaddyStepper_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Caddy Stepper Micro-stepping"; break; } // Get the default current settings from the controller byte headstepper1current = usbController.getHeadStepper1Current(); byte headstepper2current = usbController.getHeadStepper2Current(); byte solderstepper1current = usbController.getSolderStepper1Current(); byte solderstepper2current = usbController.getSolderStepper2Current(); byte caddysteppercurrent = usbController.getCaddyStepperCurrent(); slider_HeadStepper1_Current.Value = headstepper1current; lbl_HeadStepper1_Current.Content = calculateCurrent_mA(headstepper1current).ToString("0.00 A"); slider_HeadStepper2_Current.Value = headstepper2current; lbl_HeadStepper2_Current.Content = calculateCurrent_mA(headstepper2current).ToString("0.00 A"); slider_SolderStepper1_Current.Value = solderstepper1current; lbl_SolderStepper1_Current.Content = calculateCurrent_mA(solderstepper1current).ToString("0.00 A"); slider_SolderStepper2_Current.Value = solderstepper2current; lbl_SolderStepper2_Current.Content = calculateCurrent_mA(solderstepper2current).ToString("0.00 A"); slider_CaddyStepper_Current.Value = caddysteppercurrent; lbl_CaddyStepper_Current.Content = calculateCurrent_mA(caddysteppercurrent).ToString("0.00 A"); // get the soldering iron status double solderingiron1temperature = usbController.getSolderingIron1Temperature(); lbl_iron1_currenttemperature.Content = solderingiron1temperature.ToString("0.00°C"); double solderingiron2temperature = usbController.getSolderingIron2Temperature(); lbl_iron2_currenttemperature.Content = solderingiron2temperature.ToString("0.00°C"); double solderingiron1targettemperature = usbController.getSolderingIron1TargetTemperature(); txt_iron1_targettemperature.Text = solderingiron1targettemperature.ToString("0.00"); Double solderingiron2targettemperature = usbController.getSolderingIron2TargetTemperature(); txt_iron2_targettemperature.Text = solderingiron2targettemperature.ToString("0.00"); bool solderingiron1status = usbController.getSolderingIron1Status(); bool solderingiron2status = usbController.getSolderingIron2Status(); if (solderingiron1status) { lbl_iron1_status.Content = "Heating"; } else { lbl_iron1_status.Content = "Off"; } if (solderingiron2status) { lbl_iron2_status.Content = "Heating"; } else { lbl_iron2_status.Content = "Off"; } bool solderingiron1activation = usbController.getSolderingIron1ActivationStatus(); bool solderingiron2activation = usbController.getSolderingIron2ActivationStatus(); if (solderingiron1activation) { cb_solderingiron1active.IsChecked = true; } else { cb_solderingiron1active.IsChecked = false; } if (solderingiron2activation) { cb_solderingiron2active.IsChecked = true; } else { cb_solderingiron2active.IsChecked = false; } ConfigLoaded = true; // start the timer to update the temperatures System.Windows.Threading.DispatcherTimer dispatcherTimer = new System.Windows.Threading.DispatcherTimer(); dispatcherTimer.Tick += dispatcherTimer_Tick; dispatcherTimer.Interval = new TimeSpan(0, 0, 1); dispatcherTimer.Start(); }
private void getCurrentConfig() { // get the micro-stepping modes from the controller byte headstepper1microsteppingmode = usbController.getHeadStepper1MicrosteppingMode(); byte headstepper2microsteppingmode = usbController.getHeadStepper2MicrosteppingMode(); byte solderstepper1microsteppingmode = usbController.getSolderStepper1MicrosteppingMode(); byte solderstepper2microsteppingmode = usbController.getSolderStepper2MicrosteppingMode(); byte caddysteppermicrosteppingmode = usbController.getCaddyStepperMicrosteppingMode(); switch (headstepper1microsteppingmode) { case 0x01: radio_HeadStepper1_Microstepping1.IsChecked = true; break; case 0x02: radio_HeadStepper1_Microstepping2.IsChecked = true; break; case 0x04: radio_HeadStepper1_Microstepping4.IsChecked = true; break; case 0x08: radio_HeadStepper1_Microstepping8.IsChecked = true; break; case 0x16: radio_HeadStepper1_Microstepping16.IsChecked = true; break; case 0x32: radio_HeadStepper1_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Head Stepper 1 Micro-stepping"; break; } switch (headstepper2microsteppingmode) { case 0x01: radio_HeadStepper2_Microstepping1.IsChecked = true; break; case 0x02: radio_HeadStepper2_Microstepping2.IsChecked = true; break; case 0x04: radio_HeadStepper2_Microstepping4.IsChecked = true; break; case 0x08: radio_HeadStepper2_Microstepping8.IsChecked = true; break; case 0x16: radio_HeadStepper2_Microstepping16.IsChecked = true; break; case 0x32: radio_HeadStepper2_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Head Stepper 2 Micro-stepping"; break; } switch (solderstepper1microsteppingmode) { case 0x01: radio_SolderStepper1_Microstepping1.IsChecked = true; break; case 0x02: radio_SolderStepper1_Microstepping2.IsChecked = true; break; case 0x04: radio_SolderStepper1_Microstepping4.IsChecked = true; break; case 0x08: radio_SolderStepper1_Microstepping8.IsChecked = true; break; case 0x16: radio_SolderStepper1_Microstepping16.IsChecked = true; break; case 0x32: radio_SolderStepper1_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Solder Stepper 1 Micro-stepping"; break; } switch (solderstepper2microsteppingmode) { case 0x01: radio_SolderStepper2_Microstepping1.IsChecked = true; break; case 0x02: radio_SolderStepper2_Microstepping2.IsChecked = true; break; case 0x04: radio_SolderStepper2_Microstepping4.IsChecked = true; break; case 0x08: radio_SolderStepper2_Microstepping8.IsChecked = true; break; case 0x16: radio_SolderStepper2_Microstepping16.IsChecked = true; break; case 0x32: radio_SolderStepper2_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Solder Stepper 2 Micro-stepping"; break; } switch (caddysteppermicrosteppingmode) { case 0x01: radio_CaddyStepper_Microstepping1.IsChecked = true; break; case 0x02: radio_CaddyStepper_Microstepping2.IsChecked = true; break; case 0x04: radio_CaddyStepper_Microstepping4.IsChecked = true; break; case 0x08: radio_CaddyStepper_Microstepping8.IsChecked = true; break; case 0x16: radio_CaddyStepper_Microstepping16.IsChecked = true; break; case 0x32: radio_CaddyStepper_Microstepping32.IsChecked = true; break; default: this.lblStatus.Content = "Error getting status for Caddy Stepper Micro-stepping"; break; } // Get the default current settings from the controller byte headstepper1current = usbController.getHeadStepper1Current(); byte headstepper2current = usbController.getHeadStepper2Current(); byte solderstepper1current = usbController.getSolderStepper1Current(); byte solderstepper2current = usbController.getSolderStepper2Current(); byte caddysteppercurrent = usbController.getCaddyStepperCurrent(); slider_HeadStepper1_Current.Value = headstepper1current; lbl_HeadStepper1_Current.Content = calculateCurrent_mA(headstepper1current).ToString("0.00 A"); slider_HeadStepper2_Current.Value = headstepper2current; lbl_HeadStepper2_Current.Content = calculateCurrent_mA(headstepper2current).ToString("0.00 A"); slider_SolderStepper1_Current.Value = solderstepper1current; lbl_SolderStepper1_Current.Content = calculateCurrent_mA(solderstepper1current).ToString("0.00 A"); slider_SolderStepper2_Current.Value = solderstepper2current; lbl_SolderStepper2_Current.Content = calculateCurrent_mA(solderstepper2current).ToString("0.00 A"); slider_CaddyStepper_Current.Value = caddysteppercurrent; lbl_CaddyStepper_Current.Content = calculateCurrent_mA(caddysteppercurrent).ToString("0.00 A"); // get the soldering iron status solderingControllerStatus = usbController.getSolderingGlobalStatus(); lbl_iron1_currenttemperature.Content = solderingControllerStatus.Iron1_Temperature.ToString("0.00°C"); lbl_iron2_currenttemperature.Content = solderingControllerStatus.Iron2_Temperature.ToString("0.00°C"); txt_iron1_targettemperature.Text = solderingControllerStatus.Iron1_Target_Temperature.ToString("0.00"); txt_iron2_targettemperature.Text = solderingControllerStatus.Iron2_Target_Temperature.ToString("0.00"); bool solderingiron1status = solderingControllerStatus.Iron1_Running; bool solderingiron2status = solderingControllerStatus.Iron2_Running; if (solderingiron1status) { lbl_iron1_status.Content = "Heating"; } else { lbl_iron1_status.Content = "Off"; } if (solderingiron2status) { lbl_iron2_status.Content = "Heating"; } else { lbl_iron2_status.Content = "Off"; } bool solderingiron1activation = solderingControllerStatus.Iron1_Activate; bool solderingiron2activation = solderingControllerStatus.Iron2_Activate; if (solderingiron1activation) { cb_solderingiron1active.IsChecked = true; } else { cb_solderingiron1active.IsChecked = false; } if (solderingiron2activation) { cb_solderingiron2active.IsChecked = true; } else { cb_solderingiron2active.IsChecked = false; } ConfigLoaded = true; // start the timer to update the temperatures dispatcherTimer.Start(); }